원문정보
초록
영어
Welchia worms were launched to terminate the Blaster worms and patch the vulnerable hosts. They created complex worm interactions as well as detrimental impact on infrastructure. Worm propagation analysis, including exploring mechanisms of predator-prey worms’ propagation and formulating effects of network/worm parameters, has great importance for worm containment and host protection. In this paper, an integrated worm ecology model is given to study the propagation of such worms. The analytical results provide insights of the worm design and impact to network. The simulation results verify the correctness of our model and show the effectiveness of the worm model by applying it to the LiOn/Cheese and MSBlaster/Welchia.
목차
Abstract
1. Introduction
2. Traditional protection systems and Vulnerabilities
2.1. Host-based Intrusion Prevention System
2.2. Network-based Intrusion Prevention System
2.3. Limitations of Traditional Protection Models
3. Simulation on Worms and SIworms Propagation
4. Numerical Analysis on Worms and SIworms Propagation
4.1. Vulnerable Hosts Become Recessive Infected
4.2. Vulnerable Hosts Become Transparent Infected
5. Impact Analysis
6. Conclusions
Acknowledgements
References
1. Introduction
2. Traditional protection systems and Vulnerabilities
2.1. Host-based Intrusion Prevention System
2.2. Network-based Intrusion Prevention System
2.3. Limitations of Traditional Protection Models
3. Simulation on Worms and SIworms Propagation
4. Numerical Analysis on Worms and SIworms Propagation
4.1. Vulnerable Hosts Become Recessive Infected
4.2. Vulnerable Hosts Become Transparent Infected
5. Impact Analysis
6. Conclusions
Acknowledgements
References
저자정보
참고문헌
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